PhosphoNET

           
Protein Info 
   
Short Name:  ASXL2
Full Name:  Putative Polycomb group protein ASXL2
Alias:  Additional sex combs like 2; ASXH2; FLJ10898; KIAA1685; Polycomb group protein ASXH2
Type:  DNA binding protein
Mass (Da):  153820
Number AA:  1435
UniProt ID:  Q76L83
International Prot ID:  IPI00384569
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634  GO:0043226  GO:0043227 Uniprot OncoNet
Molecular Function:  GO:0008270  GO:0008270  GO:0043167 PhosphoSite+ KinaseNET
Biological Process:  GO:0045449  GO:0006350  GO:0006355 Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1T12GRRKKGRTWAEAAKT
Site 2T19TWAEAAKTVLEKYPN
Site 3Y24AKTVLEKYPNTPMSH
Site 4T27VLEKYPNTPMSHKEI
Site 5S30KYPNTPMSHKEILQV
Site 6S48EGLKEIRSGTSPLAC
Site 7T50LKEIRSGTSPLACLN
Site 8S51KEIRSGTSPLACLNA
Site 9S64NAMLHTNSRGEEGIF
Site 10Y72RGEEGIFYKVPGRMG
Site 11T82PGRMGVYTLKKDVPD
Site 12S95PDGVKELSEGSEESS
Site 13S98VKELSEGSEESSDGQ
Site 14S102SEGSEESSDGQSDSQ
Site 15S106EESSDGQSDSQSSEN
Site 16S108SSDGQSDSQSSENSS
Site 17S110DGQSDSQSSENSSSS
Site 18S111GQSDSQSSENSSSSS
Site 19S114DSQSSENSSSSSDGG
Site 20S115SQSSENSSSSSDGGS
Site 21S116QSSENSSSSSDGGSN
Site 22S117SSENSSSSSDGGSNK
Site 23S118SENSSSSSDGGSNKE
Site 24S122SSSSDGGSNKEGKKS
Site 25S129SNKEGKKSRWKRKVS
Site 26S136SRWKRKVSSSSPQSG
Site 27S137RWKRKVSSSSPQSGC
Site 28S138WKRKVSSSSPQSGCP
Site 29S139KRKVSSSSPQSGCPS
Site 30S142VSSSSPQSGCPSPTI
Site 31S146SPQSGCPSPTIPAGK
Site 32S156IPAGKVISPSQKHSK
Site 33S158AGKVISPSQKHSKKA
Site 34S162ISPSQKHSKKALKQA
Site 35S185QQQQCRPSISISSNQ
Site 36S187QQCRPSISISSNQHL
Site 37S189CRPSISISSNQHLSL
Site 38S190RPSISISSNQHLSLK
Site 39S195ISSNQHLSLKTVKAA
Site 40T198NQHLSLKTVKAASDS
Site 41S205TVKAASDSVPAKPAT
Site 42T212SVPAKPATWEGKQSD
Site 43S218ATWEGKQSDGQTGSP
Site 44T222GKQSDGQTGSPQNSN
Site 45S224QSDGQTGSPQNSNSS
Site 46S228QTGSPQNSNSSFSSS
Site 47S230GSPQNSNSSFSSSVK
Site 48S231SPQNSNSSFSSSVKV
Site 49S233QNSNSSFSSSVKVEN
Site 50S234NSNSSFSSSVKVENT
Site 51S235SNSSFSSSVKVENTL
Site 52T241SSVKVENTLLGLGKK
Site 53S249LLGLGKKSFQRSERL
Site 54S253GKKSFQRSERLHTRQ
Site 55T258QRSERLHTRQMKRTK
Site 56T264HTRQMKRTKCADIDV
Site 57T291RALINKHTFSVLPGD
Site 58S293LINKHTFSVLPGDCQ
Site 59S344QGWKERLSEGEFTPE
Site 60T349RLSEGEFTPEMQVRI
Site 61S376WKEQFFESYYGQSSG
Site 62Y377KEQFFESYYGQSSGL
Site 63Y378EQFFESYYGQSSGLS
Site 64S382ESYYGQSSGLSLEDS
Site 65S385YGQSSGLSLEDSKKL
Site 66S389SGLSLEDSKKLTASP
Site 67T393LEDSKKLTASPSDPK
Site 68S395DSKKLTASPSDPKVK
Site 69S397KKLTASPSDPKVKKT
Site 70T404SDPKVKKTPAEQPKS
Site 71S411TPAEQPKSMPVSEAS
Site 72S415QPKSMPVSEASLIRI
Site 73S427IRIVPVVSQSECKEE
Site 74S440EEALQMSSPGRKEEC
Site 75S449GRKEECESQGEVQPN
Site 76S458GEVQPNFSTSSEPLL
Site 77S460VQPNFSTSSEPLLSS
Site 78S461QPNFSTSSEPLLSSA
Site 79S466TSSEPLLSSALNTHE
Site 80S467SSEPLLSSALNTHEL
Site 81S496LEQKPVTSAEQESEK
Site 82T507ESEKNHLTTASNYNK
Site 83S510KNHLTTASNYNKSES
Site 84S515TASNYNKSESQESLV
Site 85S517SNYNKSESQESLVTS
Site 86S520NKSESQESLVTSPSK
Site 87T523ESQESLVTSPSKPKS
Site 88S524SQESLVTSPSKPKSP
Site 89S526ESLVTSPSKPKSPGV
Site 90S530TSPSKPKSPGVEKPI
Site 91T557NMKEPLATLVDQSPE
Site 92S562LATLVDQSPESLKRK
Site 93S565LVDQSPESLKRKSSL
Site 94S570PESLKRKSSLTQEEA
Site 95S571ESLKRKSSLTQEEAP
Site 96T573LKRKSSLTQEEAPVS
Site 97S580TQEEAPVSWEKRPRV
Site 98T588WEKRPRVTENRQHQQ
Site 99S600HQQPFQVSPQPFLNR
Site 100S627KIPVSRISPMPFHPS
Site 101S634SPMPFHPSQVSPRAR
Site 102S637PFHPSQVSPRARFPV
Site 103S645PRARFPVSITSPNRT
Site 104S648RFPVSITSPNRTGAR
Site 105T652SITSPNRTGARTLAD
Site 106T656PNRTGARTLADIKAK
Site 107T709GEGGEGQTARGGSPG
Site 108S714GQTARGGSPGSDRVS
Site 109S717ARGGSPGSDRVSETG
Site 110S721SPGSDRVSETGKGPT
Site 111T734PTLELAGTGSRGGTR
Site 112S736LELAGTGSRGGTREL
Site 113T740GTGSRGGTRELLPCG
Site 114T750LLPCGPETQPQSETK
Site 115S754GPETQPQSETKTTPS
Site 116T758QPQSETKTTPSQAQP
Site 117T759PQSETKTTPSQAQPH
Site 118S761SETKTTPSQAQPHSV
Site 119S767PSQAQPHSVSGAQLQ
Site 120T776SGAQLQQTPPVPPTP
Site 121T782QTPPVPPTPAVSGAC
Site 122S794GACTSVPSPAHIEKL
Site 123T812KLNPTRATATVASVS
Site 124T814NPTRATATVASVSHP
Site 125S819TATVASVSHPQGPSS
Site 126S826SHPQGPSSCRQEKAP
Site 127S834CRQEKAPSPTGPALI
Site 128T836QEKAPSPTGPALISG
Site 129S845PALISGASPVHCAAD
Site 130T854VHCAADGTVELKAGP
Site 131S862VELKAGPSKNIPNPS
Site 132S869SKNIPNPSASSKTDA
Site 133S913ATTAPAGSAPPSSTL
Site 134S917PAGSAPPSSTLPAAS
Site 135S918AGSAPPSSTLPAASS
Site 136T919GSAPPSSTLPAASSL
Site 137S924SSTLPAASSLKTPGT
Site 138S925STLPAASSLKTPGTS
Site 139T928PAASSLKTPGTSLNM
Site 140T931SSLKTPGTSLNMNGP
Site 141S932SLKTPGTSLNMNGPT
Site 142T939SLNMNGPTLRPTSSI
Site 143T943NGPTLRPTSSIPANN
Site 144S944GPTLRPTSSIPANNP
Site 145S945PTLRPTSSIPANNPL
Site 146T973QILPKPLTKVEMKTV
Site 147T979LTKVEMKTVPLTAKE
Site 148T983EMKTVPLTAKEERGM
Site 149T996GMGALIATNTTENST
Site 150T998GALIATNTTENSTRE
Site 151S1002ATNTTENSTREEVNE
Site 152T1003TNTTENSTREEVNER
Site 153S1012EEVNERQSHPATQQQ
Site 154T1016ERQSHPATQQQLGKT
Site 155T1023TQQQLGKTLQSKQLP
Site 156S1047SAKELRDSSIDTHQY
Site 157S1048AKELRDSSIDTHQYH
Site 158T1051LRDSSIDTHQYHEGL
Site 159Y1054SSIDTHQYHEGLSKA
Site 160S1059HQYHEGLSKATQDQI
Site 161S1081VRRQNLLSVVPPSQF
Site 162S1101GFQLEDISTSQRFML
Site 163T1102FQLEDISTSQRFMLG
Site 164S1103QLEDISTSQRFMLGF
Site 165T1115LGFAGRRTSKPAMAG
Site 166S1116GFAGRRTSKPAMAGH
Site 167Y1124KPAMAGHYLLNISTY
Site 168S1129GHYLLNISTYGRGSE
Site 169T1130HYLLNISTYGRGSES
Site 170Y1131YLLNISTYGRGSESF
Site 171S1135ISTYGRGSESFRRTH
Site 172S1137TYGRGSESFRRTHSV
Site 173T1141GSESFRRTHSVNPED
Site 174S1143ESFRRTHSVNPEDRF
Site 175S1154EDRFCLSSPTEALKM
Site 176T1164EALKMGYTDCKNATG
Site 177T1170YTDCKNATGESSSSK
Site 178S1176ATGESSSSKEDDTDE
Site 179T1181SSSKEDDTDEESTGD
Site 180S1185EDDTDEESTGDEQES
Site 181S1192STGDEQESVTVKEEP
Site 182T1194GDEQESVTVKEEPQV
Site 183S1202VKEEPQVSQSAGKGD
Site 184S1204EEPQVSQSAGKGDTS
Site 185S1211SAGKGDTSSGPHSRE
Site 186S1212AGKGDTSSGPHSRET
Site 187S1216DTSSGPHSRETLSTS
Site 188T1219SGPHSRETLSTSDCL
Site 189S1221PHSRETLSTSDCLAS
Site 190T1222HSRETLSTSDCLASK
Site 191S1223SRETLSTSDCLASKN
Site 192T1242IPLNEQTTLSKENYL
Site 193S1244LNEQTTLSKENYLFT
Site 194Y1248TTLSKENYLFTRGQT
Site 195T1255YLFTRGQTFDEKTLA
Site 196T1260GQTFDEKTLARDLIQ
Site 197S1284VRGKAIRSSPELFSS
Site 198S1285RGKAIRSSPELFSST
Site 199S1290RSSPELFSSTVLPLP
Site 200T1302PLPADSPTHQPLLLP
Site 201Y1317PLQTPKLYGSPTQIG
Site 202S1319QTPKLYGSPTQIGPS
Site 203T1321PKLYGSPTQIGPSYR
Site 204S1326SPTQIGPSYRGMINV
Site 205Y1327PTQIGPSYRGMINVS
Site 206S1334YRGMINVSTSSDMDH
Site 207T1335RGMINVSTSSDMDHN
Site 208S1343SSDMDHNSAVPGSQV
Site 209S1348HNSAVPGSQVSSNVG
Site 210S1352VPGSQVSSNVGDVMS
Site 211S1370TVTTIPASQAMNPSS
Site 212S1377SQAMNPSSHGQTIPV
Site 213T1381NPSSHGQTIPVQAFS
Site 214S1392QAFSEENSIEGTPSK
Site 215T1396EENSIEGTPSKCYCR
Site 216S1398NSIEGTPSKCYCRLK
Site 217Y1401EGTPSKCYCRLKAMI
Site 218S1430GPSKLCVSCLVVR__
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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